Load Transfer Platforms
Load Transfer Platforms
Load Transfer Platforms (LTPs) are designed to efficiently distribute structural loads over deep foundation elements such as piles, Controlled Modulus Columns (CMCs), or Vibro Concrete Columns (VCCs). By reinforcing a granular platform with layers of geogrids or high-strength geotextiles, the LTP transfers loads from the embankment or structure to the underlying columns or piles while minimizing differential settlement.


In addition to these operational benefits, geogrids significantly improve the mechanical behavior of the load transfer platform by increasing both its strength and stiffness. This enhanced structural integrity enables better load distribution onto underlying columns or piles, reducing the potential for differential settlement and improving stability under sustained or heavy loads.
Collectively, these advantages result in a foundation system that is not only cost-effective but also technically superior for projects involving soft, compressible, or variable soils. Whether used over piles, controlled modulus columns, or vibro concrete columns, geogrid-reinforced LTPs provide a durable, scalable, and sustainable solution for modern infrastructure demands.
